Area Illumination for LED Night Light

ABSTRACT

The area illumination for a LED night light to apply multiple reflection and refraction theory to eliminate narrow angle spot-light(s) and create even brightness shown on optic-lens surface with simple one or two optic-lens for LED light which is one of sealed or non-sealed unit wherein the LED light beams to travel within or between at least two of the (1) 1 st  or 2 nd  optics-lens, (2) inner surface of the housing or lens, (3) housing wall to make multiple reflection and refraction to create even brightness and emit light from front of non-movable treated or whiten or opaque light-emitting out optics-lens. The LED light optionally add (A) the flat piece with frosted sheet or piece on the visible lens desired position or surface of the sealed-unit, and/or (B) multiple color(s) LEDs in chip or dice or COB (Chip on board) LEDs to make color changing, color selection, fade-in and fade-out or preferred light effects, and/or (C) switch to make one of function-selection for hi-low brightness, motion or dusk-to-dawn functions, steady or dynamite or moving light effects, and/or (D) more parts for additional functions select from (d-1) has 2 nd  or more LED(s) for power-failure light, (d-2) has more LEDs as indicator light to show charging status or surge protection, (d-3) has built-on USB charging functions, (d-4) has USB power bank while has rechargeable battery, (d-5) built-in at least one of camera, audio device to get image, talking, audio digital data and optional has wireless or wi-fi with download APP software to make wireless controller. (d-6) has built-in at lest one of wireless controller or trigger system select from IR, RF, motion sensor, photos sensor, radar sensor to operate the LED light for desired functions(s), light-effect(s), color changing/selection, brightness by market available electric parts and accessories.

This application is a continuation of (#R-6) Multiple function LED night light U.S. patent application Ser. No. 16/298,110 file don Mar. 11, 2019, which CIP of

This application is a continuation of (#R-5) Multiple Function LED night Light U.S. patent application Ser. No. 16/285,631 filed Feb. 26, 2019 which CIP of

This application is a continuation of (#R-4) Multiple function LED night light U.S. patent application Ser. No. 16/242,761, filed Jan. 8, 2019, which CIP of

This application is a continuation of (#R-3) Multiple function LED night light U.S. patent application Ser. No. 14/739,499, filed Jun. 15, 2015, which CIP of

This application is a continuation of (#R-2) Multiple function LED night light U.S. patent application Ser. No. 14/739,666, filed Jun. 15, 2015, which CIP of

This application is a continuation of (#R-1) U.S. Pat. No. 10,184,624 Multiple function LED night light U.S. patent application Ser. No. 14/739,397, filed Jun. 15, 2015, now is U.S. Pat. No. 10,184,624 issued on Jan. 22, 2019 which CIP of

This application is a continuation of (#R-07) (Still pending for over 12 years) U.S. patent application Ser. No. 11/806,285, filed May 31, 2007, which is CIP of U.S. patent application Ser. No.10/954,189 file don Oct. 1, 2004, now abandoned. U.S. patent application Ser. No. 10/954,189 “An electro-luminescent (EL) illuminated wall plate device with push-tighten frame means” filed Oct. 1, 2004; which is CIP of U.S. patent application Ser. No. 14/739,397, filed Jun. 15, 2015,

This application is continuation of U.S. patent application Ser. No. 10/883,747 filed on Jul. 6, 2004.

This application is a continuation of (#Q-07) now U.S. Pat. No. 7,632,004 LED night light with more than one optic means U.S. patent application Ser. No. 11/806,284, filed May 31, 2007, now is U.S. Pat. No. 7,632,004 issued on Dec. 15, 2009

This application is a continuation of (#K-06) LED night light has area-illumination by multiple time reflection and refraction20 U.S. application Ser. No. 11/498,874 file don Aug. 4, 2006 (Still pending)

This application is a continuation of U.S. application Ser. No. 10/954,189 filed on Oct. 1, 2004.

This application is a continuation of (M-06) U.S. Pat. No. 7,611,253 multiple functions LED night light with air freshener U.S. patent application Ser. No. 11/527,628, filed Sep. 27, 2006, now is U.S. Pat. No. 7,611,253 issue on Nov. 3, 2009,

This application is a continuation of (#L) now U.S. Pat. No. 8,545,090 LED night light with changeable display unit U.S. patent application Ser. No. 11/527,629, filed Sep. 27, 2006, now is U.S. Pat. No. 8,545,090 issue on Oct. 1, 2013,

This application is a continuation of (#J-6) now is U.S. Pat. No. 9,128,692 LED night light with time piece U.S. patent application Ser. No. 14/252,102, filed Apr. 14, 2014, now is U.S. Pat. No. 9,128,692 issue on Sep. 8, 2015,

This application is a continuation of (#J5) now is U.S. Pat. No. 8,811,122 LED night light with time piece U.S. patent application Ser. No. 13/428,086, filed Mar. 23, 2012, now is U.S. Pat. No. 8,811,122 issue on Aug. 19, 2014,

This application is a continuation of (#J-4) now is U.S. Pat. No. 8,289,814 LED night light with time piece U.S. patent application Ser. No. 12/894,782, filed Sep. 30, 2010, now is U.S. Pat. No. 8,289,814 issue on Oct. 16, 2012,

This application is a continuation of (#J-3) now is U.S. Pat. No. 8,164,984 LED night light with time piece U.S. patent application Ser. No. 12/545,922, filed Aug. 24, 2009, now is U.S. Pat. No. 8,164,984 issue on Apr. 24, 2012,

This application is a continuation of (I-06) U.S. Pat. No. 7,568,829 poly night light U.S. patent application Ser. No. 11/498,881, filed Aug. 4, 2006, now is U.S. Pat. No. 7,568,829 issue on Aug. 4, 2009,

This application is a continuation of (#H-1) U.S. Pat. No. 8,029,182 multiple light source night light U.S. patent application Ser. No. 12/546,012, filed Aug. 24, 2009, now is U.S. Pat. No. 8,029,182 issue on Oct. 4, 201, which is a continuation of (#H-05) U.S. Pat. No. 7,455,444 Multiple light source Night light U.S. patent application Ser. No. 11/255,981, filed Oct. 24, 2005, now is U.S. Pat. No. 7,455,444 issued on Nov. 25, 2008

which is CIP of (#E-05) U.S. Pat. No. 7,909,477 LED night light with liquid optics medium U.S. application Ser. No. 11/094,215 filed on Mar. 31, 2005 now is U.S. Pat. No. 7,909,477 issue on Mar. 22, 2011,

which is CIP of (#D-05) U.S. Pat. No. 7,997,785 Linear tube night light with changeable patterns U.S. application Ser. No. 11/092,742 filed on May 30, 2005 now is U.S. Pat. No. 7,997,785 issue on Aug. 16, 2011,

which is CIP of (#C-05) U.S. Pat. No. 7,232,251 Night light with Fiber Optics U.S. application Ser. No. 11/092,741 filed on May 30, 2005 now is U.S. Pat. No. 7,232,251 issue on Jun. 19, 2007,

which is CIP of (#B-05) U.S. Pat. No. 7,318,653 Multiple Function wall cover plate U.S. application Ser. No. 11/094,156 filed on May 31, 2005 now is U.S. Pat. No. 7,318,653 issue on Jan. 15, 2008,

which is CIP of (#-04) now is abandoned U.S. application Ser. No. 10/954,189 filed on Oct. 1, 2004 now is abandoned,

This application is continuation of

1. U.S. patent application Ser. No. 10/954,189 “An electro-luminescent (EL) illuminated wall plate device with push-tighten frame means” filed Oct. 1, 2004; and

2. U.S. patent application Ser. No. 11/094,155 “Multiple function wall cover plate” filed on the Mar. 31, 2005; and

3. U.S. patent application Ser. No. 11/094,156 “Multiple functions night light” filed on the Mar. 31, 2005; and

4. U.S. patent application Ser. No. 10/667,787 “Multiple lit-area(s) of Electro-Luminescent element(s) arrangement”; and 5. U.S. patent application Ser. No. 10/286,871 “A tubular Electro-Luminescent light device”; and

6. U.S. patent application Ser. No. 10/621,513 “environment proof treatment for Electro-Luminescent (EL) element(s); and

7. U.S. patent application Ser. No. 11/094,215 “LED night light with liquid arrangement” filed on Mar. 31, 2005 and

8. U.S. patent application Ser. No. 11/255,981 “Night light with 2 light source” filed on Oct. 24, 2005.

9. U.S. patent application Ser. No. “Time piece with LED light means, File on Jul. __, 2006

10. U.S. patent application Ser. No. “LED light device with Air Fresher”, File on Jul. __, 2006

The current invention to use simple optic-lens or optic-element(s) to eliminate the narrow-angle LED light-source spot-light(s) to become more even brightness light-beam emit out from LED light optic-lens. To incorporate multiple times reflection and refraction of LED light-beam between at least two of inner surface of (1) 1^(st) optic-element, (2) 2^(nd) optic-element, (3) home wall, (4) LED light housing or parts inner wall, (5) isolated narrow space of LED light so can make LED light-beam go through N-times reflection and refraction for LED light is one of (A) 2^(nd) optic-lens has open rear-housing and light-beam is able to emit to home wall, (B) sealed-unit and all light-beam travel or go through all inner surface without direct emit to home wall.

The current invention is child parent case of

1. U.S. patent application Ser. No. 10/954,189 file don Oct. 1, 2004, now abandoned, and CIP of

2. (#K-2006) LED night light has area-illumination by multiple time reflection and refraction. U.S. patent application Ser. No. 11/498,874 file don Aug. 4, 2006 (Still pending). Which is CIP of

3. (#R-6) Multiple function LED night light U.S. patent application Ser. No. 16/298,110 file don Mar. 11, 2019, which CIP of

4. (#R-5) Multiple function LED night light U.S. patent application Ser. No. 16/285,631 filed Feb. 26, 2019 which CIP of

5. (#R-4) Multiple function LED night light U.S. patent application Ser. No. 16/242,761, filed Jan. 8, 2019, which CIP of

6. (#R-3) Multiple function LED night light U.S. patent application Ser. No. 14/739,499, filed Jun. 15, 2015, which CIP of

7. (#R-2) Multiple function LED night light U.S. patent application Ser. No. 14/739,666, filed Jun. 15, 2015, which CIP of

8. (#R-1) Multiple function LED night light U.S. Pat. No. 10,184,624 Multiple function LED night light U.S. patent application Ser. No. 14/739,397, filed Jun. 15, 2015, now is U.S. Pat. No. 10,184,624 issued on Jan. 22, 2019

9. (#R-07) Multiple function LED night light (Still pending) U.S. patent application Ser. No. 11/806,285, filed May 31, 2007,

10. (#Q-2007) for LED night light has more than one optic-element U.S. patent application Ser. No. 11/806,284, filed May 31, 2007, now is U.S. Pat. No. 7,632,004 issued on Dec. 15, 2009 which CIP of

11. U.S. patent application Ser. No. 11-498,874 file don Aug. 4, 2006, which CIP of

12. (#H-2005) for night light has more than one LED light-source U.S. patent application Ser. No. 11/255,981, filed Oct. 24, 2005, now is U.S. Pat. No. 7,455,444 issued on Nov. 25, 2008 Which is CIP of

13. U.S. patent application Ser. No. 10/954,189 file don Oct. 1, 2004, now abandoned for “An electro-luminescent (EL) illuminated wall plate device with push-tighten frame means”

The current invention not only have 2 optic-element for LED night light has open-rear end so LED light-beam can emit to wall of home directly which not only save cost of the 2^(nd) optic-element cost but also light beam can emit to home wall to form shaped light effects. The said 1^(st) optics-element is one flat or dome or tube or bar shape to allow light-beam goes through or make multiple reflection or refraction within to change from spot-light(s) to area/surface light performance. This can make whole 2^(nd) optic-lens whole surface has even brightness. This is simple but fatal improvement for the LED light has no rear-housing or said has open-area of the said LED night light.

The current invention disclosure 4 preferred optic-arrangements to eliminate spot-light(s) to even brightness to be seen from whole surface of the 2^(nd) optics-lens for LED dice, chip, COB light-source(s).

The current invention makes big improvement for all prior arts those use the diffusor to make LED spot-lights sealed within a diffusing optic-element that is big reduce the light brightness.

1. US prior art:

U.S. Pat. No. 4,729,069 VON KOHORN for door holder by battery operated is not same category with current invention.

2. US prior art;

U.S. Pat. No. 6,231,057 WILLIAMS same as door holder by battery operated is not same category with current invention.

3. US Prior art:

U.S. Pat. No. 6,499,853 STEKELENBURG which is for electro-luminescent (E.L.) light source which is drive by AC 110 Volt directly so not same as current LED night light have to have built-in AC-to-DC circuit to get DC to operate LED light source(s) which is one of DIODE unit.

4. US prior art:

U.S. Pat. No. 6,648,496 GE for contour light arrangement and arrange 4 LEDs on 4 corner of rectangular shape of night light and emit the LED light-beam to opposite-direction which is not same as current for multiple times reflection and refraction physical theory.

5. US prior art;

U.S. Pat. No. 6,709,126 LEEN, or U.S. application. Ser. No. 10/302,460 Leen. '126 has diffusing tubular inner optic-element (85) has 2 Tubular-shape LEDs (81) (83) emit to each other with diffusor-effects and arranged other optics-lens(30) to further to reduce the light brightness and goes through the 90 degree VS light-beam emit-out direction opening or window (48) of exterior-cover (40) to change light-emitting direction. This is not same as the current for multiple reflection and refraction for light-beam arrangement and the even brightness light-beam is visible from said 2^(nd) optic-lens whole surface not from the opening or window of external cover's horizon window which is face floor . . . . Not whole surface of 2^(nd) optics which for '126 should be (30) whole surface. Also, the diffusor is sealed all light-beam within and reduce too much brightness.'126 LED light-source is strange because (81) (84) is tube light which is not dip or dice or chip LEDs or COB LEDs than current invention any drawing for light source(s).

6. US prior art:

U.S. Pat. No. 6,964,498 WU '498 device as FIG. 5 has LED (6E) (6F) within a ball shape unit (6H) and arrange on lower position of housing. The '498 ball spread light to all direction like put a mini-size incandescent-bulb on lower position of housing, so it will same as out-of-date incandescent bulb application the lower portion of the outside shade (6C) with super bright spot-light effects and top of the shade (6C) is darker area because light-brightness is for 2 square of distance to reduced.

So, 498 is bad optics-design and still show the brigher spot-light effects as mini-incandescent-bulb light performance.

From FIG. 7 and FIG. 8 show the light-source under the top optic-lens which emit light-beam to top areas to make the inside decorative-items be lighted which are not same as current invention for show out even-brightness lighted areas or surface without the decorative-items existing at all. Same as FIGS. 9, 10. 11 same as above discussed for display the decorated-items which is not same as current to create even-brightness area or surface light performance.

7. US prior art;

U.S. Pat. No. 7,045,975 EVANS

Show 2 LED(s) emit the spot-light from top and end window to ceiling and floor for power fail light and while AC power existing the lower LED (30) will turn on to offer night light illumination but it will be spot light because the said '975 without any optics-elements to change the LED spot-light from DIP specification LEDs to even-brightness. At that year 2004 even the LED is too dim color and no white color LED with good brightness so no one is filed for the even-brightness related patents at that time.

8. US prior art;

U.S. Pat. No. 7,932,482 NORWOOD ET.AL.

'482 FIGS. 11,12,13,14, drawing has the LEDs in front and back and connect with outlet by AC-plug-wire (344) (342) not same as current invention for built-in prong without the wire.

'482 FIG. 1 to FIG. 4 has dip-type LEDs (7) just install within one of treated or textured lens (15) is not enough as the co-pending and parent filed case (#G-2007). The current invention has to hide the LED(s) to be seen by viewer for sealed-unit LED night light and all LED(s) have to behind of within the lower-base or inside housing to prevent people to see LED directly. So this is not same as current invention which need at least 1^(st) and 2^(nd) optic-lens or optic-element or 1^(st) reflector to make the LED unit(s) not direct to see by viewer. From '482 which the additional air-freshener functions is follow co-inventor earlier EL and LED air freshener invention, so it is not valid patents at all.

9. US prior art:

U.S. Application Ser. No. 2004-0246-704 BURDICK

'704 show one LED inside one optics-lens (14) and further in front LED (32) has name-tag (24) to block and make the name-tag easily to be see. The one of any kind of texture or opaque or treated lens (12) is not able to present strong LED light-beam to be seen as spot light, so the '704 is not same as the current invention.

10. US prior art:

U.S. application. Ser. No. 2006-000-7709 YUEN '709 show the Dip LED(2) fit within a two-end opening tube (10) and light emit out and hit the 2^(nd) reflector (11) on top-opening of tube (10) and light-beam hit the sharp top reflector and emit out to barrel-shape lens (6). This is different with current invention for (A) LED light has open-rear housing because '709 has 360 degree lens, and (B) LED light is sealed unit to make the light-beam have reflected or reflected or refracted by 1^(st) op

tics-element or 1^(st) optic-lens. The '709 1^(st) optic-is tube shape and light is not reflected and refracted multiple-times within the 1^(st) optic-tube and emit out. '709 light-beam emit and go through inner of tube (10) and go 2^(nd) optics-element is reflector (11). Not same as optic-arrangement with current invention with flat or tube or dome or bar 1^(st) optics to have multiple times reflection and refraction WITHIN the 1^(st) optic-element which is not diffusor at all.

And from current invention parent filed case (#G-2007) which has built-in top or cone for narrow tip to make the multiple times reflection and refraction within the tube or cone optic-elements.

11. U.S. prior art;

U.S. Pat. No. 6,987,710 same inventor as U.S. Pat. No. 7,054,233 both prior art teach the illumination module back surface has the reflective properties to allow the light beam reflect in the interior of the module and out from the front surface (Abstract line 7 to line 9, and the details description stating The back side of reflectors 38, 48 or 78 could alternatively be engraved to provide multiple raised surfaces, such as points, bumps, protuberances, or the like. FIGS. 14 and 15 illustrate surfaces 86 and 87, respectively, created by dot engraving techniques).

The '710 and '233 are both said illumination module is very expensive to make this compare with current invention.

Further, the prior art control the light beams only “out of the front surface” this is mission impossible and do not control at all. The current invention, the light emits out to all directions to all surface though the 2^(nd) optic-lens surface to viewer.

The both KIIBILOSKI prior art did not teach LED light source is not visible by viewer and all light-beams is travel within the inner space for multiple times reflection and refractions within limited space of LED night light to make the even-brightness illumination to get the best photometric and make the cosmetic appearance for the visible surface so it is impossible to make a commercial items without this frosted front sheet on top of the illumination module.

The current invention further may incorporate more colorful LED(s) to make color changing, color selection, functions-selection which is not show on any of prior arts.

The LED are positioned to make majority of light beams travel within or travel through the 1^(st) optic-element(s) or optic-lens and to be seen the brightness on 2^(nd) optic-lens whole surface basing the well arrangements for multiple reflection and refraction but not diffusing theory of the light-beam.

From parent filed case (#G-2007) and (#R-2007) background and details specification clear stating one optic-lens still fail to prevent people to see spot-light of LED(s), so need good multiple reflection and refraction happen on the 1^(st) or-and 2^(nd) optics-element or optic-lens to eliminate the spot-light and create the even brightness is the current invention features.

BACKGROUND

This is not same as other optics design which have shinny surface and with a lot of raised spots on lower surface to make the single LED light spot become a plurality of tiny or small light spots with front frosted-lens to make it become even photometric. These out-of-date treatments are same as current invention discuss on later for COB (chips on board) LED light-source(s).

Those tiny or plurality of tiny spot-light(s) light-effects is no good and so still need other optic-lens to help to eliminate the big or small or plurality of spot-light(s) by multiple reflection and refraction to get even brightness which is called in-direct light illumination. The other optics design from conventional market adapted very expensive shinny surface optics parts, the current invention has a roughly light-medium can get better and more even photometric under much low cost for this light-medium. This is big improvement than the other optics design.

The other features of the current invention to disclosure the LED circuit within a sealed-unit for very important to improve the LED night light safety.

The sealed-unit case material is preferable to use the plastic with certain thickness to pass the 94-V-0 flammable grade to meet the safety standard and all other housing part without any limitation because without touching the live wires.

The base can be any shape, configuration, design, curvature, thickness, material, dimension with build-in or separated receptacle means. The sealed-unit has LED related circuit, control means, prong means disposed within, this can design for super slim and wider unit or thicker for small unit which depend on the market requirement. For convenience, those also can make a desired unit which can fit into different base shape such as Rectangular shape for area illumination for LED night light application is the best design.

DRAWING

FIG. 1 show co-pending (#K-2006) details construction with Dip LED has at least 1^(st) and 2^(nd) optic-element to eliminate the spot-light and create the even brightness light illumination show from window of front frame or cover.

FIG. 2 Show the 1^(st) one of preferred improvement or alternative device which has chip of dice LED(s) arrangement to allow light beam travel within the sealed housing inner narrow space for multiple-times reflection and refraction which only has one optic-lens to show even brightness to viewer.

FIG. 2A show the 2nd one of preferred improvement or replaceable device which has COB light-strip or light-source fit in front of slide or sloop for certain degree to allow each LED light beam hit the 1^(st) optic-element which is angle-reflective-surface and emit out from front 2^(nd) optic-lens with preferred whiten, opaque, textures or treatments for even brightness illumination to view with single or multiple colors or steady or dynamite or moving or changeable light effects.

FIG. 3 show the 3^(rd) one of preferred improvement of replacement device which same as the 1^(st) preferred embodiment and the difference is the said one optic-lens is solid piece and light-beam make the multiple-times reflection and refraction within the said solid-piece which may be in tube or bar or cone or panel or flat piece shape as co-inventor (#G-2007) which has linear or tube or cone or flat solid or hollow piece with built-in top to reflect light back and forth. This embodiment also same as co-pending (#K-2006) the light-beam emit into panel-1^(st) optic-lens which is light-passable and light emit-out to contour and hit the surrounding built-in walls and reflected back and forth to make multiple reflection and emit out by multiple-times refraction from solid-optic-lens.

FIG. 4, 5, 6, 7 show all other preferred embodiment for LED light-source and 2^(nd) optics-lens with thin or thicker body to apply preferred optics-theory for multiple-times reflection and refraction within or between at least two of the inner surface of (1) 1^(st), 2^(nd) optics-elements or optic-lens (2) home wall, (3) inner wall of LED light parts or housing for the LED light has or without the rear-housing or rear-cover or rear-base.

FIG. 8 show the co-pending (#Q-2007) and (#R-2007) and (#R-6+5+4+3+2) for LED night light has open-rear housing or open-rear-wall or open-rear-unit And light-beam emit to home-wall directly which has at least one 1^(st) optic-lens or optic-piece is a flat-piece, tube or dome with top-end, cone with sharp-end to prevent people touch the inside or lower position LED(s) or make the light-beam multiple-times reflection and refraction within the tube or dome or cone to change spot-light(s) to area/tube/dome/cone to emit light to desired height and directions.

FIG. 9 show the one of improvements embodiment for FIG. 8 which has details parts for LED night light has open-rear area that has flat-piece to prevent people to touch the inner or lower position at least one LED(s) and optional additional function(s) select from (1) motion sensor (2) IR or RF wireless receiver (3) more LEDs for power fail light, (4) USB ports for charge other products or be-charged inner rechargeable battery, (5) IC chip to make color changing, color selection, moving or changeable light effects.

FIG. 10 show one of 4^(th) alternative multiple functions LED night light has the hidden LED(s) fit within the housing and has preferred 1^(st) optic-element which has multiple reflective and refractive surface(s) to transmit the LED(s) light-beam go through and spread to 360 degree within a isolated narrow space to hit the at least two of inner surface of (1) 1^(st) optics-piece (2) 2^(nd) optics-piece (3) inner walls of isolated narrow space so go through multiple-times reflection and refractions before emit out from 2^(nd) optics-piece for even-brightness.

FIG. 11 show one of the 5^(th) alternative multiple functions LED night light has the hidden LED(s) fit within the housing and has preferred 1^(st) optics-element(s) which is curved-reflector to reflect all the hidden chip or dice or COB LED(s) for single or multiple colors into the isolated narrow space for multiple times reflection and refraction within the isolated-narrow-space to reflect and refract at least two of inner surface of (1) 1^(st) optics-piece (2) 2^(nd) optics-piece (3) inner walls of isolated narrow space so go through multiple-times reflection and refractions before emit out from 2^(nd) optics-piece for even-brightness.

FIG. 12 show 1^(st) one of 1^(st) optic-piece which has multiple of reflective and refractive surface(s) to receive single or multiple color(s) LED(s) light-beam and go through the said geometric-shape 1^(st) optic-piece to emit out different height and directions light-beam into isolated-narrow-space to go to 2^(nd) round multiple-times reflection and refraction within the isolated-narrow-space and emit out from 2^(nd) optic-lens whole surface.

FIG. 13 show 2^(nd) one of 1^(st) optic-piece which has dome-shape with built-in plurality of texture, optic-design to make the behind LED(s) light-beam go through and spread out to plurality of different height and direction(s) light-beam to emit into the isolated-narrow-space for 2^(nd) round reflection and refraction for multiple-times and emit out from whole whole 2^(nd) optics-piece surface for even-brightness to viewer.

FIG. 14 show up-grade of co-inventor parent filed case which is (#H-2005) for LED night light has more than one LED light source(s) and each light-source emit to different direction(s); the said 1^(st) one or 1^(st) group LED(s) light-beam is to treated or texture or opaque or whiten 2^(nd) optic-piece or optic-lens, and the 2^(nd) or 2^(nd) group LED(s) light-beam emit to 2^(nd) direction.

FIG. 15 show the one of co-invention parent filed case which is (#H-2005) and (#H-1 filed on 2009) which has built-in at least two or two-group LED(s) and the 1^(st) or 1^(st) group of LED(s) emit to 1^(st) direction, and 2^(nd) or 2^(nd) group LED(s) emit to 2^(nd) direction of the said LED light optic-lens, window, opening to show the more than one light-source for one LED light device.

DETAIL DESCRIPTION

From FIG. 1, show the co-pending (#K-2006) drawing. The LED night light consists of front housing (7) and back housing (1) with opening (15) (15′) to install the prong means (2′) (2). The two isolating-unit(s) (3′) (3) may optionally add top of the prong to prevent any electric shortage under unexpected condition. It also appreciated the prongs can direct solder on the PCB (4) which has AC-to-DC circuit within. The LED related circuit (not shown) and control means (not shown) and one of preferred DIP LED(s) (8) are arranged on the printing circuit board (hereafter as PCB) (4) which between the front housing (7) and back housing (1).

The DIP LED (8) are positioned with light passable-piece (5) input-end (8′) to make majority of light beams travel within the said light passable-piece (5) and light-beam emit out from edge (5″) to higher surround-wall (12) to make multiple-times reflection between the light passable-piece and surrounding-walls to eliminate the spot-light(s) to even brightness and emit out from the front-surface of light passable-piece (5).

The alternative or optional preferred arrangement is to add one opaque or rough or white thin-piece (6) top of the light passable-piece (5) to increase more even-brightness of light-beam.

This is not same as other optics design which have shinny surface and with a lot of raised spots on lower surface to make the single LED light spot become a plurality of tiny light spots with front frosted-lens to make it become even photometric. Those prior-arts still has a lot of tiny spot-light(s) can be see Is not really even, same as the current invention incorporate with recessed located COB (Chip on board, hereafter as COB) (2227) which has plurality of LED dices (2227′) or chips (2227′) install on PCB but still can see brighter spot-light(s) so the direct spot-light can be seen. Hence, the current invention has FIG. 2A to show put the plurality of tiny spot-light COB PCB (2227) recessed under side-roof and spot-light(s) have to be hidden and can not see by viewer and all COB light-source(s) (2227′) emit the light to front slide or tilt or sloop reflective-surface(s) (2226) which may 30 degree to make plurality of light-beams (1L)(2L)(3L)(4L) emit into tilt-reflective surface (2226) and reflected and emit to optics-lens (not shown) that has opaque or white or textured or preferred treatment so can get pretty good even-brightness light performance to be seen.

The other optics design from conventional market adapted very expensive shinny surface optics parts, the current invention for FIGS. 2, 2A, 3, 4, 5, 6, 7 incorporate with very simple 1^(st) and 2^(nd) optics-piece can get better and more even photometric under much low cost. This is big improvement than the other optics design.

The frosted sheet (6) is optionally to add on the visible surface (5′) of the light passable-piece to make the cosmetic appearance to people. The preferred embodiment is no need to add such sheet but may apply the white painting to get good even brightness illumination.

The light passable-piece or optics-lens (5) located within the walls (12) on the back of housing (1) with several rein-forced post (11) (11′) (11″) to prevent the wall broken while use assembly skill to tighten the front housing (7) and back housing (1). The PCB (4) and isolating-unit(s) (3)(3′) and prong are hold on the post (14) (14′) while the PCB holes (14 a) (14 a′) position to the post (14) (14′). It can use screw, melting plastic pole, sonic sealing, press tight, glue, adhesive to make the PCB (4) tightly to assembly with back housing (1). The assembly-arrangement for front housing (7) to the back housing (1) may apply the available skill from market place to make the tight join together. The window (7′) of the front housing is the area illumination location of said the night light. The current invention adapted the very simple multiple reflection and refraction theory and light emit out from surface light passable-piece or optics-lens (5) with its LED input-end arrangement to allow the bright spot light-source such as LED can have the very even photometric on each point of said the light-medium surface to created the AREA ILLUMINATION to be seen by viewer.

FIG. 2 show the alternative or up-grade design for conventional Chip or Dice or COB LED light-source (214″) is recess into the base so people can not see plurality of chip or dice LED light-source (214″) and the each light-source (214″) light-beam emit from recess-location to emit to narrow space of LED night light and make multiple-times reflection and refraction between the front display-lens, inner walls and inner surface of LED night light to make very even-brightness and emit out from the front optic-piece or optics-lens. This is one of examples but not limited for the LED night light only has one of the optic-lens or optic-piece which present the even-brightness to viewer. This also one details description for claim 23.

FIG. 2A show the one alternative arrangement for COB light-source (2227) has plurality of built-in LED light-source (2227′) and each LED emit the light to the 1^(st) optic-piece is one of tilt/slide/sloop reflective surface (2226) which is from COB light-source (2227) inner-edge to the LED nigh-light top outside-edge (2226) which can be around 30 degree tilt or preferred angle tilt depend on night light size and inner space. Each LED light-beam emit out and hit the tilt-reflective surface and reflected back and emit out from the front 2^(nd) optic-lens (not shown). This is necessary to arrange the all brighter spot-light source not directly to 2^(nd) or display optics-lens. All the LED(s) have to emit to inner or sides of LED internal surface and go through the 1^(st) and 2^(nd) optic-piece to make light for even-brightness. This is one of simple solution for Dice or Chips or COB LED light-source (2227) (2227′).

FIG. 3 show the 3^(rd) preferred optics-design to get even-brightness show on the solid-optic-lens (338′) surface. The LED light-beam emit into sufficient thickness solid optic-lens (338′) and light-beam travel within the said solid optic-lens (338′) for multiple reflection and refraction and light-beam also emit to surround the inner-surface of frame (335′) and back housing inner wall (335″) and inner-surface of back-housing (335) for 2^(nd) round multiple reflection and refraction to get desired even-brightness illumination show out on the front surface of solid-lens(338′). This is one of 3^(rd) embodiment for optic-design for eliminate the LED spot-light(s) to even brightness illumination.

FIGS. 4, 5, 6, 7 show (1) the only one piece optic-lens (not two optics-lens) which for display even-brightness to viewer and (2) incorporate with at least one of inner walls, inner surface(s), inner slide or tilt reflective-surface of the LED night light to create (3) one or two rounds multiple reflection and refraction for the sealed-unit LED night light. And, (4) all the LED light-source is recessed or behind the night-light housing or roof or body or parts so people will not see any LED strong brightness spot-light(s) LEDs at all is the major design of these FIGS. 2, 2A, 3, 4, 5, 6, 7. These drawing support the following independent claims as claim 2, claim 23, claim 24.

From FIG. 8 show the co-inventor co-pending (#R-2007) (#R-2) (#R-3) (#R-4) (#R-5) (#R-6) (K-2006) concept and parent filed case. The FIG. 8 LED night light has light display optic-lens (30) has open-rear-wall (30′) or open-rear-base (30′0 so LED light-beam emit to home-wall directly without any lens or housing block the light-beam emit to home wall.

The optic-lens (30) is install on top of the lower sealed-base (2 b) which has at least one of circuit, AC-to-DC circuit, IC, switch, sensor, trigger-system, wireless receiver unit, LED, colorful LED(s) fit withih. The said sealed-base has prong (3) to plug the night light into the outlet and incorporate with preferred circuit to get desired color, brightness, light function, light-effects including color changing, color selection, motion or dust-to-dawn, high-low brightness, motion sensor, IR or RF remote controlled, Wi-Fi and download APP for setting/adjustment, power fail light, USB charger, USB power bank, rechargeable battery for backup or power bank use, and other functions.

The said sealed-base (2 b) top has at least one opening or window to install the 1^(st) optic-piece in geometric-shape including at least one of flat, tube (33) with top reflective-top (32), dome (33) with reflective-top (32), cone-shape (33′) with narrow-tip (32′) piece with or without optic-properties to let LED light-beam go through or spread out to wider angles as co-inventor (#G-2007) U.S. Pat. No. 7,632,004 issued date Dec. 15, 2009 which is filed later than the current invention parent filed case (#K-2006) as above listed filing history or background stated.

From FIG. 8 for parent filed case and FIG. 9 for alternative or up-grade design, From FIG. 8 the LED (36) in a dip type which is under the top 1^(st) optic-piece (31) (32) (33) (32′) (33′) with desired height for longer or shorter depend on how prefect illumination and even-brightness want to present and show on the top optic-lens (30) surface. The alternative or upgrade design show on FIG. 9 which the LED (36 a) change to dice or chip or COB LED light-source with top opening (38 a) to install one flat-shape 1^(st) optic-piece (33 a) so the at least one white or plurality of colorful LED(s) under the flat optic-piece (33 a) emit and go through the 1^(st) optic-piece (33 a) to top-areas.

The said FIG. 8 and FIG. 9 the LED light-beam emit out from 1^(st) optic-piece (31) (32) (330 (38) (32′0 (33′) (33 a) emit into the top-area and light beam go through multiple-times reflection and refraction between the inner surface of (1) 1^(st) optic-piece, (2) 2^(nd) optic-piece, (3) home wall back-and-forth to make even-brightness light-beam to present from the top-lens (30) (30 a). The one of the light-beam travel-path such as light beam (32 a′) emit to top of inner-surface of 2^(nd) optic-lens (32 aa′) and light-beam to top-inner-surface of 2^(nd) optic-lens and reflected or-and refracted to all directions including the home-wall. The inner surface of 2^(nd) optic-lens can be curved (32 aa′) or flat (32 aa) however, either one still make all light-beam travel within the inner space of the top 2^(nd) optic-lens (30 a) and home-wall.

The said 2^(nd) optic-lens (30) (30 a) has tongue-cutout or tougue-hole (33 h) to snap-tight with the base-neck or narrow-gap (2 bc). It is appreciated any snap-tight or push-tight or equal function for assembly skill still fall within the current invention for 2^(nd) optic-lens to assemble with sealed-base (2 b) (2 ba) as FIGS. 8, 9 shown.

The said sealed base can have preferred circuit or IC (34 b), electric parts, switch (2 bd), sensors (33 k), power fail circuit and LEDs (35 a), select-switch (2 bd), motion sensor (33 k), photo-sensor (33 m), USB ports for input or output power (34 c), radar sensor (33 n), wake-up or sleep light (33 p), color changing or areas light (33 j), art design (33 c) (33 d) (33 e) (33 f), and other preferred functions parts and accessories, and prong (39 a).

From FIGS. 8, 9 support the independent claim 1, claim 22 with all above detail discussion.

From FIGS. 10, 11 show the LED night light has multiple functions as above discussed with at least one additional preferred functions select from (a) Power fail, (b) USB charging ports, (c) USB power bank, (d) Motion sensor, (e) radar sensor, (f) photo sensor, (g) Wi-Fi and download APP, (h) IR or RF wireless control system or other preferred additional function(s).

From FIG. 10 show the plurality colorful LED(s) (136C) is hidden installation within the inner housing and people can not see any LED spot-light at all. The said LED light-beam emit to front 1^(st) optic-piece which is light passable-piece in geometric-shapes with more than one reflective and refractive surface as FIG. 12 show the different level (133 aC2) has different diameter or slide or tilt or slope surface for reflective or/and refractive optics-function(s). The light-beam emit to and go through 1^(st) round multiple-time reflection and refraction by 1^(st) optics-piece construction and light-beam emit out from 1^(st) optic-piece (133 aC) to emit into the isolate-space (131 aC) and light-beam go through 2^(nd) round multiple-times reflection and refraction within the narrow or super narrow isolated-space (131 aC) as light-beam (R) and (F) to show the refractive (R) and reflective (F) to make whole isolated-space emit very even-brightness on whole isolated-space to front 2^(nd) optics-piece which is one of preferred optic-lens with at least one of white, opaque, textures, or sand-blaster treatment(s) to present even brightness light illumination to viewer.

From FIG. 12 and FIG. 13 both is one of preferred or alternative 1^(st) optic-piece which is change the LED light-source spot-light beam to wide emit-angle light-beams into the isolated-space which is super narrow so can make perfect multiple-times reflection and refraction.

From FIG. 11 show the same concept but the 1^(st) optic-piece is one of curved reflector which can change the input LED light-beam to turn-directions and get into the isolated-space which has narrow and very limited space so the light-beam emit out from curved reflector will make multiple-times reflection and refraction between the inner-surface of inner wall, inner surface, inner surface of 2^(nd) optic-piece for N-time reflection and refraction back-and-forth to make very even brightness all over the isolated-space and emit out from front surface of the 2^(nd) optics-piece.

From FIG. 11 also show the lower portion housing of night light (139″) is space to install preferred one of parts and accessories selected from sensor, radar sensor, IR or RF receiver, PIR motion sensor, photos sensor, sound sensor or wireless trigger-system to trigger the night light for desired function(s). It also show the other location has the said other additional function(s) such as Window or hole or 2^(nd) location (30 b) to install 136 ac for 2^(nd) LED(s) for power-fail light device or USB ports for charge other products or be-charged built-in rechargeable batteries, or power bank function, or wireless controller receiving device.

From FIGS. 10, 11, 12, 13 show the support for independent claim 2, 18, 24 for LED night light has 1^(st) and 2^(nd) optic-piece to make even brightness with variety of optic-arrangement. These are only limited example and should not limited for all alternative or replaceable or equal function arrangement for has the 1^(st) and 2^(nd) optic-piece to make at least one or more round multiple-times reflection and refraction within the inner space of the LED light and not same as diffusing or diffusor optic-theory which is sealed all light-beam within the optic-piece not travel for sufficient distance as reflection and refraction.

From FIG. 14 and FIG. 15 show co-pending parent filed case the LED night light has the co-inventor co-pending (#R-2007) (#R-2) (#R-3) (#R-4) (#R-5) (#R-6) (K-2006) concept and parent filed case.

The FIG. 15 show the parent filed case (#H-2005) and its child filed case (#H-1) which show the LED night light has at least 2 LED or 2 group of LED(s). the said 1^(st) LED (903) or 1^(st) group LED(s) in Dip or dice or chip or COB LED emit light to one direction such as display-areas, or light-beam illumination present-areas. And the 2^(nd) LED or 2^(nd) group LED(s) (904) (904 a) emit the light-beam to 2^(nd) direction which is display-area(s) or light-beam present-area(s) or window or openings. Both the 2 LEDs or 2 group LED(s) emit the desired light-beam for desired purpose at least is one of the following purpose(s) and other non-listed purpose including;

(A) even-brightness for comfortable accent light effect(s), or

(B) super-bright spot-light for power fail or flashlight, or

(C) indicator light to show charging, surge-protection, full charged, lower power, night light location status or locations.

From FIG. 14 show the alternative which not apply the Dip LED, It can be any kind of chip or dice or COB LED(s) as light source. It also can have multiple function(s) including has additional functions selected from;

-   a. Area light (808 b), -   b. Design, arts, printing, painting (801B) -   c. Front or top injection light functions (801) -   d. Light present optic-piece is one of geometric or cartoon     character piece (801) -   e. Function, light color, brightness for wired or wireless setting,     adjustment (818″) -   f 2^(nd) or more LEDs for different color, brightness, power     consumption (803′) -   g. Motion, PIR, radar, photos sensor or desired combination (812 b) -   h. IR, RF, remote, Wi-Fi and download APP or other software for     wireless control (not shown) -   i. USB ports for supply or be-charged power or power bank functions. -   j. Power fail light functions

The said upgrade or alternative function(s) support all the depend claims or current invention as below clear wording.

-   1. A LED night light, comprising:

at least one LED:

at least one 1^(st) optic-element is a flat or cone or tube or dome or preferred shape; arranged to receive incident light from the at least one of LED(s) fit inside lower sealed-base where has preferred one of circuitry, trigger system, prongs, electric parts and accessories for plug into outlet; and

LED light beam go through 1^(st) optics-lens to make at least one function or purpose select from (1) light passing though, (2) spread light-beam to variety angles (3) prevent people to touch the LED light-source(s) directly; and

The LED light has 2^(nd) optic-lens which is light-passable piece with preferred texture, treated, whiten treatments and assembled or fitted or push-tighten with lower sealed-base to make multiple times reflection and refraction of the said LED light-beam emit out from 1^(st) optic-lens between the at least two of inner surface of (a) 1^(st) optic-lens, (b) 2^(nd) optic-lens, (c) housing wall, (d) LED light inner walls to create even brightness to emit out from 2^(nd) optic-lens.

Wherein, the 2^(nd) optic-lens has open rear-housing or without rear-housing so light-beam emit to the housing-wall or outlet-location wall without item existing for light-beam emitting direction or path to housing-wall.

-   2. A LED night light, comprising:

at least one LED:

at least one 1^(st) optic-element, optic-lens, reflector is one of;

-   -   (1) a flat or cone or tube or dome shape unit, or     -   (2) a curved or geometric shape unit, reflector, optic-element,         or     -   (3) a geometric shape unit with multiple refractive and         reflection surface(s)     -   ; to arranged to receive incident light from the at least one of         LED(s) fit behind or fit inside non-visible compartment or         housing where has built-in circuitry, trigger system, prongs,         electric parts and accessories for plug into outlet; and

LED light beam emit to the 1^(st) optics-lens or optic-element to make at least one function or purpose and emit out from the 2^(nd) optic-lens to viewer, select from;

(1) light-beam go through 1^(st) optic-lens at least one of reflection and refraction surface(s) to emit to isolated narrow space for multiple times reflection and refraction within the isolated narrow space, or

(2) LED light-beam travel within the geometric-shape 1^(st) optics-lens for multiple reflection and refraction within the 1^(st) optic-lens and spread light-beam, or

(3) LED light-beam emit to geometric-shape reflectors or optic-element(s) to emit into isolated narrow space for multiple times reflection and refraction within the isolated narrow space.

(4) LED light beam emit to slide or sloop surface from COB-strip location to make multiple time on different height sloop or slide reflective surface(s) to make plurality of LED light-beam been reflected by different height and location to 2^(nd) optic-lens with opaque or whiten or texture treatment(s).

; to eliminate narrow viewing angle LED spot-light(s) to even brightness to emit out from none-rotatable, none-movable textured, whiten, treated 2^(nd) optic-lens to viewer.

The LED light has 2^(nd) optic-lens is light passable piece with preferred texture, treated, whiten treatments and assembled or fitted housing.

The said multiple times reflection and refraction of the said LED light-beam emit out from 1^(st) optic-lens between the at least two of inner surface of (a) 1^(st) optic-lens or element or reflector(s), (b) 2^(nd) optic-lens, (c) isolated-space inner wall(s), (d) LED light inner walls to eliminated the spot-light(s) and create even brightness to emit out from 2^(nd) optic-lens.

Wherein, the LED light is sealed unit has prong(s) extend out from LED light to plug-into outlets with built-in for desired combination parts select from; AC-to-DC circuit, trigger system, circuit, IC, sensor(s), select-switch, white or colorful LED(s), to make desired LED light functions, effects, brightness, color(s), steady or moving effects.

-   3. The LED night light, further has at least one USB-port(s) and     related circuit to charge the other electric or digital products. -   4. The LED night light, further has at least one built-in at least     one of rechargeable battery and related power-fail circuit for     power-fail light function(s). -   5. The LED night light, further has built-in at least one of 2^(nd)     LEDs for power fail light to emit out from 2^(nd) locations where is     different from night light illumination or indicator light     locations. -   6. The LED night light, further has built-in at least one of sensor     select from motion, PIR, photo, radar, microwave sensor or preferred     combination to trigger the LED light function(s). -   7. The LED night light, further has built-in at least one of IR, RF,     blue-tooth, Z-way, Zig-Bee, Wi-Fi incorporate with download APP or     other software for remote control the said desired function(s). -   8. The LED night light, further has built-in at least one of LED     indicator light(s) to show charging status, surge protection status,     night light locations, or other status. -   9. The LED night light, further has at least one of 2^(nd) LED(s) is     colorful LED(s) for color changing, color selection light effects. -   10. The LED night light, further has at least one of switch to     select preferred one of multiple function(s) select from -   (1) hi-low brightness, -   (2) motion or non-motion, -   (3) dust-to-dawn light, -   (4) desired brightness, -   (5) sleeping countdown timer light, -   (6) wake-up light, -   (7) alarm clock, -   (8) power fail light, -   (9) Surge protection. -   11. The LED night light, further has at least one of built-in IC and     circuit to make color changing, color selection, fade-in and     fade-out for colorful light effects with desired brightness. -   12. The LED night light, further has at least one of built-in COB     (Chip on board) light source with slide or slope reflective and     refractive surface position in front of COB to make even brightness. -   13. The LED night light, LED(s) is one of chip or dice or COB LED     light-source. -   14. The LED night light, the 1^(st) optics-lens is one of light     passable or reflective or reflective and refractive pieces; or     1^(st) optic-element is reflective piece. -   15. The LED night light, the 2^(nd) optics-lens illumination-areas     is whole unit without light-blocking area(s). -   16. The LED night light, the said LED in Chips or Dice or COB emit     light offer the in-direct light-illumination. -   17. The LED night light, the LED night light has multiple colors     LED(s). -   18. A night light, comprising:

at least one LED;

-   -   at least one planar-partial transparent plate for guiding light         from the LED incident on an edge surface of the partial         transparent plate to be projected out of a roughened or textured         or whiten or opaque main surface;     -   housing covering the at least one LED, the partial transparent         plate and circuit, the housing including a front housing portion         having a window through which light from the LED is outputted         and a rear housing portion having a wall surrounding the         transparent plate, and

-   a pair of prongs projecting from the rear housing parts to connect     to a power outlet and provide power to the at least one LED and     AC-to-DC circuit.

-   wherein an LED light beam is emitted by the LED travel within the     partial transparent plate and reflected back-and-forth by the     surrounding wall to create uniform of light.

-   19. A LED night light, wherein the surrounding wall has reflective     properties or a reflective treatment.

-   20. A LED night light, the LED is one of a DIP LED or dice LED or     COB (Chip on Board) LED(s).

-   21. A LED night light has additional opaque or whiten or diffusor     flat piece to create evenly bright lighted-area.

-   22. A LED night light, comprising;

A sealed-base to install at least one of LED(s), circuity, trigger-system, AC-to-DC circuit, sensor(s), IC(s) to make LED night light for pre-determined light color(s), brightness, functions, light-effect.

At least one 1^(st) optics-piece is in front of LED light-source fit on of top of sealed-base to allow the LED(s) light-beam to passing through or spread-out wide angle.

At least one of 2^(nd) optics-piece has open rear-surface or open rear-wall is assembled with the said sealed-base.

-   23. A LED night light, comprising;

At least one LED(s) is hidden within the LED night light housing and not visible spot-light by viewer.

Only one optics-piece to (i) reflect or (ii) refract or (iii) reflect and refract the LED light-beam to for multiple-times within the inner space of the LED night light.

LED light-beam emit out from 1^(st) optic-piece go through multiple reflection and refraction between at least two inner-surface of (1) optics-piece, (2) inner wall of LED light, and emit out from the optics-piece whole surface or area for even brightness to be seen.

-   24. A LED night light, comprising;

At least one of LED(s) is hidden within the LED night light housing and not visible spot-light by viewer.

At least one 1^(st) optics-piece is in front of LED light-source to (1) reflect or (2) refract or (3) reflect and refract the LED(s) light-beam to isolated-narrow-space.

At least one of 2^(nd) optics-piece has textured or whited or opaque or preferred treatment, and assembled with LED night light housing, and

The said LED light-beam go through multiple times reflection and refraction within the isolated-space between the at least two of inner surface of (a) 1^(st) optic-piece, (b) 2^(nd) optic-piece, (c) LED light inner walls and surface(s) to create even brightness to emit out from 2^(nd) optic-piece.

Wherein, LED night light is sealed-product. 

I claim:
 1. A LED night light, comprising: at least one LED: at least one 1^(st) optic-element is a flat or cone or tube or dome or preferred shape; arranged to receive incident light from the at least one of LED(s) fit inside lower sealed-base where has preferred one of circuitry, trigger system, prongs, electric parts and accessories for plug into outlet; and LED light beam go through 1^(st) optics-lens to make at least one function or purpose select from (1) light passing though, (2) spread light-beam to variety angles (3) prevent people to touch the LED light-source(s) directly; and The LED light has 2^(nd) optic-lens which is light-passable piece with preferred texture, treated, whiten treatments and assembled or fitted or push-tighten with lower sealed-base to make multiple times reflection and refraction of the said LED light-beam emit out from 1^(st) optic-lens between the at least two of inner surface of (a) 1^(st) optic-lens, (b) 2^(nd) optic-lens, (c) housing wall, (d) LED light inner walls to create even brightness to emit out from 2^(nd) optic-lens. Wherein, the 2^(nd) optic-lens has open rear-housing or without rear-housing so light-beam emit to the housing-wall or outlet-location wall without item existing for light-beam emitting direction or path to housing-wall.
 2. A LED night light, comprising: at least one LED: at least one 1^(st) optic-element, optic-lens, reflector is one of; (1) a flat or cone or tube or dome shape unit, or (2) a curved or geometric shape unit, reflector, optic-element, or (3) a geometric shape unit with multiple refractive and reflection surface(s) ; to arranged to receive incident light from the at least one of LED(s) fit behind or fit inside non-visible compartment or housing where has built-in circuitry, trigger system, prongs, electric parts and accessories for plug into outlet; and LED light beam emit to the 1^(st) optics-lens or optic-element to make at least one function or purpose and emit out from the 2^(nd) optic-lens to viewer, select from; (1) light-beam go through 1^(st) optic-lens at least one of reflection and refraction surface(s) to emit to isolated narrow space for multiple times reflection and refraction within the isolated narrow space, or (2) LED light-beam travel within the geometric-shape 1^(st) optics-lens for multiple reflection and refraction within the 1^(st) optic-lens and spread light-beam, or (3) LED light-beam emit to geometric-shape reflectors or optic-element(s) to emit into isolated narrow space for multiple times reflection and refraction within the isolated narrow space. (4) LED light beam emit to slide or sloop surface from COB-strip location to make multiple time on different height sloop or slide reflective surface(s) to make plurality of LED light-beam been reflected by different height and location to 2^(nd) optic-lens with opaque or whiten or texture treatment(s). ; to eliminate narrow viewing angle LED spot-light(s) to even brightness to emit out from none-rotatable, none-movable textured, whiten, treated 2^(nd) optic-lens to viewer. The LED light has 2^(nd) optic-lens is light passable piece with preferred texture, treated, whiten treatments and assembled or fitted housing. The said multiple times reflection and refraction of the said LED light-beam emit out from 1^(st) optic-lens between the at least two of inner surface of (a) 1^(st) optic-lens or element or reflector(s), (b) 2^(nd) optic-lens, (c) isolated-space inner wall(s), (d) LED light inner walls to eliminated the spot-light(s) and create even brightness to emit out from 2^(nd) optic-lens. Wherein, the LED light is sealed unit has prong(s) extend out from LED light to plug-into outlets with built-in for desired combination parts select from; AC-to-DC circuit, trigger system, circuit, IC, sensor(s), select-switch, white or colorful LED(s), to make desired LED light functions, effects, brightness, color(s), steady or moving effects.
 3. The LED night light as claim 1 or 2, further has at least one USB-port(s) and related circuit to charge the other electric or digital products.
 4. The LED night light as claim 1 or 2, further has at least one rechargeable battery and related power-fail circuit for power-fail light function(s).
 5. The LED night light as claim 1 or 2, further has at least one 2^(nd) LEDs for power fail light to emit out from 2^(nd) locations where is different from night light illumination or indicator light locations.
 6. The LED night light as claim 1 or 2, further has at least one sensor selected from motion, PIR, photo, radar, microwave sensor or preferred combination to trigger the LED light function(s).
 7. The LED night light as claim 1 or 2, further has at least one of IR, RF, blue-tooth, Z-way, Zig-Bee, Wi-Fi incorporate with download APP or other software for remote control the said desired function(s).
 8. The LED night light as claim 1 or 2, further has at least one of LED indicator light(s) to show charging status, surge protection status, night light locations, or other status.
 9. The LED night light as claim 1 or 2, further has at least one of 2^(nd) LED(s) is colorful LED(s) for color changing, color selection light effects.
 10. The LED night light as claim 1 or 2, further has at least one of switch to select preferred one of multiple function(s) select from (1) hi-low brightness, (2) motion or non-motion, (3) dust-to-dawn light, (4) desired brightness, (5) sleeping countdown timer light, (6) wake-up light, (7) alarm clock, (8) power fail light, (9) Surge protection.
 11. The LED night light as claim 1 or 2, further has at least one of IC and circuit to make color changing, color selection, fade-in and fade-out for colorful light effects with desired brightness.
 12. The LED night light as claim 1 or 2, further has at least one of COB (Chip on board) light source with slide or slope reflective and refractive surface position in front of COB to make even brightness.
 13. The LED night light as claim 1 or 2, LED(s) is one of chip or dice or COB LED light-source.
 14. The LED night light as claim 1 or 2, The 1^(st) optics-lens is one of light passable or reflective or reflective and refractive pieces; or 1^(st) optic-element is reflective piece.
 15. The LED night light as claim 1 or 2, The 2^(nd) optics-lens illumination-areas is whole unit without light-blocking area(s).
 16. The LED night light as claim 1 or 2, The said LED in Chips or Dice or COB emit light offer the in-direct light-illumination.
 17. The LED night light as claim 1 or 2, The LED night light has multiple colors LED(s).
 18. A night light, comprising: at least one LED; at least one planar light passable plate for guiding light from the LED incident on an edge surface of the partial transparent plate to be projected out of a roughened or textured or whiten or opaque main surface; housing covering the at least one LED, the light passable plate and circuit, the housing including a front housing portion having a window through which light from the LED is outputted and a rear housing portion having a wall surrounding the transparent plate, and a pair of prongs projecting from the rear housing parts to connect to a power outlet and provide power to the at least one LED and AC-to-DC circuit. wherein an LED light beam is emitted by the LED travel within the plate and reflected back-and-forth by the surrounding wall to create uniform of light.
 19. A LED night light as claimed in claim 18, wherein the surrounding wall has reflective properties or a reflective treatment.
 20. A LED night light as claimed in claim 18, wherein the LED is one of a DIP LED or dice LED or COB (Chip on Board) LED(s).
 21. A LED night light as claimed in claim 18, has additional opaque or whiten or diffusor flat piece to create evenly bright lighted-area.
 22. A LED night light, comprising; A sealed-base to install at least one of LED(s), circuity, trigger-system, AC-to-DC circuit, sensor(s), IC(s) to make LED night light for pre-determined light color(s), brightness, functions, light-effect. At least one 1^(st) optics-piece is in front of LED light-source fit on of top of sealed-base to allow the LED(s) light-beam to passing through or spread-out wide angle. At least one of 2^(nd) optics-piece has open rear-surface or open rear-wall is assembled with the said sealed-base.
 23. A LED night light, comprising; At least one LED(s) is hidden within the LED night light housing and not visible spot-light by viewer. Only one optics-piece to (i) reflect or (ii) refract or (iii) reflect and refract the LED light-beam to for multiple-times within the inner space of the LED night light. LED light-beam emit out from 1^(st) optic-piece go through multiple reflection and refraction between at least two inner-surface of (1) optics-piece, (2) inner wall of LED light, and emit out from the optics-piece whole surface or area for even brightness to be seen.
 24. A LED night light, comprising; At least one of LED(s) is hidden within the LED night light housing and not visible spot-light by viewer. At least one 1^(st) optics-piece is in front of LED light-source to (1) reflect or (2) refract or (3) reflect and refract the LED(s) light-beam to isolated-narrow-space. At least one of 2^(nd) optics-piece has textured or whited or opaque or preferred treatment, and assembled with LED night light housing, and The said LED light-beam go through multiple times reflection and refraction within the isolated-space between the at least two of inner surface of (a) 1^(st) optic-piece, (b) 2^(nd) optic-piece, (c) LED light inner walls and surface(s) to create even brightness to emit out from 2^(nd) optic-piece. Wherein, LED night light is sealed-product. 